top of page

Sponsored Research Projects

​

  1. “Raman spectroscopic study of phase changes and residual stress in zirconia TBCs," Pratt & Whitney, USA.

  2. “Multicomponent entropy stabilised oxides: Synthesis, processing and characterisation of a new class of ceramic materials," Science & Engineering Research Board, India.

  3. “Residual Stress and Structural Characterisation of Thermal Barrier Coating Systems using Spectroscopic Techniques," Aeronautics Research & Development Board.

  4. “Development of Icephobic Coating for Aerospace Applications," The Boeing Company, USA (Co-investigator).

  5. “Rare-earth Silicate Environmental Barrier Coatings for SiC Based High Temperature Materials” Indian Space Research Organisation.

  6. “Critical review of literature on the constitutional and thermochemical data of oxide systems” (Co-investigator), GE India Technology Center, Bengaluru, India (2012).

  7. “Critical review of literature on the constitutional and thermochemical data of oxide systems” (Co-investigator), GE India Technology Center, Bengaluru, India (2013).

  8. “Effect of rare-earth dopants on thermal stability and fracture toughness of nanocrystalline zirconia based thermal barrier materials," Department of Science & Technology, India.

  9. “Hot corrosion behaviour of rare-earth stabilised zirconia for thermal barrier applications," Naval Research Board, DRDO, India.

  10. “Development of scandia stabilised zirconia electrolytes with rare earth co-doping for solid oxide fuel cells” (Co-investigator), Department of Science & Technology, India.

  11. “Development of bulk nanocrystalline materials: nanoparticle synthesis and consolidation” (Co-investigator), Department of Science & Technology, India.

  12.  “Development of protective coatings on refractories based on nano-materials” (Co-investigator), Visakhapatnam Steel Plant.

  13. “Integrated modelling of high temperature phase and microstructural stability and phase transformation kinetics of advanced high chromium ferritic steels with special emphasis on 9 Cr-1 Mo based derivatives” (Co-investigator), Indira Gandhi Centre for Atomic Research.

bottom of page